On-site oxyhydrogen for industrial combustion

Reduce fuel use without replacing your boiler, oven, or furnace.

Efena integrates on-site oxyhydrogen generation and automated controls with qualified boilers, ovens, furnaces, and burners—without replacing the existing equipment or storing hydrogen.

Check your equipment See measured results
See how the technology works
Efena industrial oxyhydrogen electrolyzer system
Efena on-site oxyhydrogen system

Produces oxyhydrogen on demand from water and electricity at the point of use.

27.6%lower average natural-gas use in repeated bakery-oven cyclesPanificadora Emanuel → 19.8%propane reduction in a field comparison on a new, high-efficiency boilerArepas El Carriel → On demandoxyhydrogen is produced at the point of use, with no bulk hydrogen storageExplore the technology →

Field results are application specific and depend on equipment condition, operating profile, fuel, controls, and test conditions.

How it works

A retrofit, not a replacement

01 — Assess
Establish the baseline
Efena reviews thermal load, fuel use, duty cycle, and controls to confirm technical fit and set a measurement plan.
02 — Integrate
Install Electrolyzer W + SRCU
A sized electrolyzer and Smart Regulus Control Unit are configured to your existing boiler, furnace, or burner — hydrogen produced on demand, on site.
03 — Validate
Measure the result
Baseline and post-installation performance are compared under defined operating conditions and documented data.
AHAC system process overview diagram
Efena Electrolyzer W for AHAC industrial retrofit systems
The technology

Electrolyzer W + Smart Regulus Control Unit

Electrolyzer W is the on-site oxyhydrogen generation platform within AHAC. The SRCU manages production, electrolyte dosing, operating conditions, ignition interfaces, and protective shutdowns — configured for the specific host system, not sold as a one-size-fits-all claim.

Why Adaptive Hydrogen-Assisted Combustion

Built for real-world industrial constraints

Retrofit-first

Keep your existing assets

Complements qualified boilers, furnaces, and process-heating equipment — no wholesale replacement.

On-site production

No bulk storage or transport

Oxyhydrogen is generated at the point of use, on demand, removing compressed-gas logistics.

Automated control

Monitored and protected

The SRCU coordinates production, electrolyte dosing, and shutdown logic through integrated sensors.

Applications

Where Adaptive Hydrogen-Assisted Combustion applies

Industrial boilers and steam systems
Furnaces, ovens, and pre-heating equipment
Food processing and commercial thermal operations
Other engineered process-heating applications
Customer observations

What operators say in the field

Firsthand observations from customer personnel operating Efena-integrated equipment. Individual results are application specific.

Arepas El Carriel · Boiler
After the Efena system was installed, we noticed that the boiler reached the required temperature in less time and responded better when regulating heat. Ignition, which previously produced a jolt, is now smoother and more stable.
AntonioMaintenance, Arepas El Carriel
Translated from Spanish and condensed for clarity.
View the El Carriel case study →
Panificadora Emanuel · Industrial ovens
The ovens reach the programmed temperature quickly, and the baking cycles are noticeably more agile. The equipment is easy to operate when the operator monitors the system and maintains the proper liquid level.
Don EdgarOven operator, Panificadora Emanuel
Translated from Spanish and condensed for clarity.
View the Emanuel case study →

Is your equipment a fit for Adaptive Hydrogen-Assisted Combustion?

Share your equipment type, fuel, operating schedule, and recent consumption data — Efena will review and identify the next technical step.

Request a site assessment